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Analysis of soliton in-line regeneration through two-wavelength nonlinear loop mirror as synchronous amplitude/phase modulator

Analysis of soliton in-line regeneration through two-wavelength nonlinear loop mirror as synchronous amplitude/phase modulator

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Two-wavelength nonlinear loop mirrors are proposed as all-optically-controlled amplitude/phase modulators for in-line synchronous regeneration in transoceanic soliton systems. Simulations show improvement of transmission compared to systems regenerated with pure intensity modulators. This is explained by efficient reduction of soliton interactions.

Inspec keywords: mirrors; optical solitons; optical repeaters; phase modulation; optical modulation; amplitude modulation

Other keywords: soliton in-line regeneration; synchronous amplitude/phase modulator; simulation; two-wavelength nonlinear loop mirror; transoceanic transmission; all-optical control

Subjects: Optical communication; Modulation and coding methods; Nonlinear optics and devices

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